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Once feasibility and resource assessments confirm a project is viable, our team converts those findings into a constructible, financeable design. We define the system architecture — solar, wind, storage, controls/EMS, and interconnection — and produce a transparent, phased budget aligned with funding programs, grid constraints, and real-world construction requirements. The result is a bankable plan that leadership, utilities, and funders can confidently support.
Options Analysis & Right-Sizing
We compare solar, wind, and hybrid configurations (including storage) to balance yield, reliability, and lifecycle cost performance.
Interconnection-Aware Design
One-line diagrams, layout concepts, and study inputs aligned with distribution/transmission capacity and utility timelines.
Bankable Budgeting
Detailed CapEx/OpEx, contingencies, escalation, LCOE/NPV, and sensitivity cases tied to realistic procurement and construction sequencing.
Grant-Aligned Workpacks
Scopes, milestones, and required evidence formatted for SREP, BCICEI, FNCEBF, CORP, and similar funding programs.
Constructability & Delivery Planning
Procurement strategy, long-lead item planning, QA/QC, commissioning, performance monitoring, and warranty assumptions.
PPA & Market Readiness
Pricing frames and production profiles to support offtaker discussions and Calls for Power submissions.
Our design and budgeting work ensures numbers reflect real procurement lead times, commissioning plans, and monitoring requirements — not theoretical spreadsheets. Each design package is structured to meet utility expectations, funding criteria, and realistic construction timelines.
We also format scopes and schedules for Indigenous-focused programs, improving eligibility and readiness for submissions. The result is a clear development plan that funders, utilities, and leadership can move forward with confidence.
